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3pin XLR Audio To Fiber Converter Extender MIC Level And Line Level
MIC Level and Line Level Audio TO Fiber Extender
A mic-level or microphone-level signal describes the voltage generated by a microphone when it picks up sound, typically just a few thousandths of a volt. This voltage varies in response to changes in sound level and distance. Of the four main types of audio signals, the mic level is the weakest and requires a pre-amplifier to bring it up to line level. The microphone level is usually specified between -60 and -40 dBu. (dBu and dBV are decibel measurements relative to a voltage.)
Our Mic- level audio to fiber converter integrates a preamplifier to boost the mic level to the line level. Our Audio Fiber converter can be built to a 1-channel Mic level in and 1-channel line Level out, or 2-channel mic level in and 2-channel line level out, etc.
Specification:
Opitcal:
Wavelength | 1310nm&1470nm~1610nm |
Output Power | -10~ -5dBm |
Optic fiber | 50/125u multimode,62.5/125u multimode,9/125u single mode |
Rx sensitivity | -25dBm |
Optical connector | FC,ST,SC,LC (optional) |
Number of Optical connectors | 1 or 2 |
Distance | 0~500M (MM) / 0~20KM (SM) |
Mic level & Line level Balance Audio
Input Connector | XLR(female) |
Output Connector | XLR(male) |
Mic level Audio | |
Number of Channels | Input |
Input Impedance | 2k Ohm |
Dynamic Range | 60dB |
Line level Audio | |
Number of Channels | Output |
Input / Output Impedance | 10K Ohm |
Input capacitance LINE inputs | 10 pF |
Max input/output voltage | 1.228Vp-p (+4dBu) |
Frequency Response | 20 Hz~24kHz @±3dB |
Sample Rates From | 48kHz |
SNR | > 80dB |